Sentence examples for coefficient achieved from inspiring English sources
These advantages are realized by orders of magnitude enhancement in heat transfer coefficient achieved with flow boiling and condensation compared to single-phase systems.
Concerning the TMA, LR is again the best algorithm in terms of the highest correlation coefficient achieved, with an r value ranging from 0.72 for Eptapyrgiou station up to 0.742 for the Malakopi station.
From the experimental results, it can be concluded that the piezoresistive coefficient achieved with this method reached 3.42 × 10−9 m2/N, which is about an order of magnitude higher than the Si-based semiconductor piezoresistors.
The optimum ensemble approach is selected on the basis of the highest correlation coefficient achieved and taking in parallel with the lowest possible error metric values (MAE and RMSE).
The maximum convective heat transfer coefficient achieved in the whole study is 52.8 kW/m2·K, using IFS insert with scale height of 0.21 mm and pitch length of 2.1 mm, at Reynolds number of 4300.
The highest convective heat transfer coefficient achieved is 47.9 kW/m2·K, using the FS profile with a scale height of 0.21 mm and scale pitch of 2.1 mm, at Reynolds number of about 4400.
The optimum rejection coefficients achieved were 84.3% and 75.0% for cadmium and copper, respectively, at the pH value of 3.2 and SDS feed concentration of 75.6 mM.
(14 calculation of objective significance coefficients achieved by employing E j as demonstrated in Eq. (15): {w}_j^o=frac{d_j}{sum_{j=1}^n{d}_j}kern0.62emathrm{inin} mathrm{which} kern1em {d}_j=1-{E}_j.
The results suggested that the higher convection coefficients achieved with airflow cooling will not only reduce the maximum temperature in the braking but also reduce the thermal gradients, since heat will be removed faster from hotter parts of the disk.
The consistency of the diffusion coefficients achieved for all species demonstrates that the spectroelectrochemical cell design allows for accurate monitoring of concentration profiles of species within electrochemical diffusion layers.
The results obtained with the QuBiLS-MIDAS models were compared with respect to several QSAR procedures reported in the literature according to the correlation coefficients achieved with the leave-one-out cross-validation (left( {Q_{loo}^{2} } right)) and external prediction (left( {Q_{ext}^{2} } right)) methods, and generally superior performances were observed with this QuBiLS-MIDAS framework.
